YoVDO

Lymphedema - What's Old, New, Borrowed, Blue

Offered By: Stanford University via YouTube

Tags

Lymphatic System Courses Web Development Courses Medical Research Courses Biomarkers Courses Circulatory System Courses Vascular Biology Courses

Course Description

Overview

Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only!
Explore the complexities of lymphedema in this informative lecture by Dr. Stanley Rockson, the Allan and Tina Neill Professor of Lymphatic Research and Medicine at Stanford University School of Medicine. Gain insights into this chronic condition that causes limb swelling due to circulatory system blockages, often resulting from lymph node removal or damage during cancer treatment. Discover current research findings and emerging treatments for lymphedema. Learn from Dr. Rockson's extensive expertise in lymphatic diseases, vascular biology, and cardiovascular medicine as he shares his knowledge gained through numerous clinical trials and research initiatives. Delve into the pathogenesis of lymphatic diseases, biomarker identification, and potential molecular and pharmacologic therapeutics. For further information, take advantage of Stanford's free medical librarian service to receive tailored research packets on health-related questions. Additionally, explore Stanford Health Library's complimentary mindfulness and meditation resources, including guided sessions for pain management, sleep improvement, and surgical preparation.

Syllabus

Lymphedema: What's Old, New, Borrowed, Blue


Taught by

Stanford Health Care

Tags

Related Courses

Anatomy of the Abdomen and Pelvis; a journey from basis to clinic.
Leiden University via Coursera
Anatomy & Physiology: Fluids, Transport, and Defense
Rice University via Coursera
Medical Terminology II
City College of San Francisco via California Community Colleges System
Advanced Medical Terminology II
DeAnza College via California Community Colleges System
Anatomy: Cardiovascular, Urinary, and Respiratory Systems
University of Michigan via edX